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uid 3611
scaling factor multiple (3)

TransitionsLeft-clk & drag: Zoom; Right-clk: reset

Transitions

νk
[cm-1]
λ
[μm]
int
[km/mol]
symm. fscale
3148 3.177 0.0004 A 0.9597
3146 3.178 10.7 B 0.9597
3144 3.181 19.3 A 0.9597
3128 3.197 3.3 A 0.9597
3128 3.197 6.52 B 0.9597
3127 3.198 0.161 B 0.9597
3123 3.202 91.3 A 0.9597
3122 3.203 21.6 B 0.9597
3119 3.207 57.2 A 0.9597
3119 3.207 103 B 0.9597
3104 3.221 1.76 A 0.9597
3104 3.222 1.23 B 0.9597
3101 3.225 26.2 A 0.9597
3100 3.225 23.3 A 0.9597
3100 3.226 0.362 B 0.9597
3099 3.227 4.07 B 0.9597
3098 3.228 17.5 A 0.9597
3097 3.229 2.57 B 0.9597
3092 3.234 2.32 A 0.9597
3092 3.234 12.9 B 0.9597
3085 3.241 35.3 A 0.9597
3084 3.243 40.7 A 0.9597
3084 3.243 19.3 B 0.9597
3081 3.246 0.153 A 0.9597
3081 3.246 35.2 B 0.9597
3080 3.247 6.67 B 0.9597
3079 3.247 8.8 A 0.9597
3073 3.254 0.35 B 0.9597
3071 3.256 0.053 A 0.9597
3071 3.256 0.0526 B 0.9597
3069 3.258 0.269 A 0.9597
3069 3.259 0.211 B 0.9597
1615 6.193 10.9 B 0.9691
1614 6.196 35.6 A 0.9691
1611 6.206 1.22 B 0.9691
1605 6.23 67.4 B 0.9691
1604 6.236 27.2 A 0.9691
1600 6.248 102 B 0.9691
1594 6.273 3.58 A 0.9691
1581 6.324 90.4 B 0.9691
1578 6.339 661 A 0.9691
1574 6.353 170 A 0.9691
1574 6.353 76.3 B 0.9691
1571 6.367 2.49e+3 A 0.9691
1565 6.388 328 B 0.9691
1560 6.412 420 A 0.9691
1553 6.438 187 B 0.9691
1550 6.452 85.1 A 0.9691
1531 6.532 556 B 0.9691
1526 6.555 7.94 A 0.9691
1516 6.598 22.6 A 0.9691
1508 6.631 12.1 B 0.9691
1497 6.679 108 A 0.9691
1494 6.692 34.6 B 0.9691
1490 6.709 169 A 0.9691
1490 6.71 2.9 B 0.9691
1479 6.761 6.9 A 0.9691
1475 6.781 29.3 B 0.9691
1459 6.853 46.8 A 0.9691
1453 6.884 11.8 B 0.9691
1451 6.893 0.39 A 0.9691
1448 6.907 347 B 0.9691
1443 6.932 0.0826 A 0.9691
1438 6.953 0.207 A 0.9691
1438 6.956 148 B 0.9691
1433 6.976 375 A 0.9691
1427 7.008 49.3 B 0.9691
1422 7.03 23.1 B 0.9691
1410 7.094 2.81 A 0.9691
1403 7.127 98.1 A 0.9691
1402 7.13 20.5 B 0.9691
1375 7.272 87.5 B 0.9691
1355 7.378 74 A 0.9691
1350 7.405 0.677 B 0.9691
1346 7.432 14.8 B 0.9691
1340 7.461 11.9 A 0.9691
1338 7.471 206 A 0.9691
1331 7.511 5.85 A 0.9691
1330 7.518 158 B 0.9691
1329 7.527 155 A 0.9691
1329 7.527 68.8 B 0.9691
1324 7.551 135 A 0.9691
1319 7.582 8.74 A 0.9691
1313 7.616 29.6 B 0.9691
1306 7.654 379 A 0.9691
1306 7.654 5.27 B 0.9691
1302 7.68 64.5 A 0.9691
1295 7.724 25.9 A 0.9691
1289 7.756 20.5 B 0.9691
1282 7.798 46.7 A 0.9691
1280 7.812 153 B 0.9691
1274 7.849 5.98 B 0.9691
1260 7.937 11.5 B 0.9691
1254 7.974 1.25e+3 A 0.9691
1247 8.021 2.3 B 0.9691
1242 8.05 31.7 A 0.9691
1238 8.076 16.8 A 0.9691
1235 8.098 2.0e+3 A 0.9691
1233 8.109 28.9 B 0.9691
1224 8.17 1.33e+3 B 0.9691
1223 8.177 42.4 A 0.9691
1209 8.274 13.4 B 0.9691
1200 8.331 39.4 A 0.9691
1198 8.35 83.5 B 0.9691
1189 8.41 33.1 A 0.9691
1180 8.471 443 B 0.9691
1177 8.494 64.6 A 0.9691
1175 8.51 47.2 A 0.9691
1170 8.547 11.9 B 0.9691
1170 8.55 6.89 A 0.9691
1162 8.606 220 B 0.9691
1146 8.726 50.5 B 0.9691
1134 8.821 6.23 A 0.9691
1132 8.834 1.04 B 0.9691
1121 8.924 43.2 B 0.9691
1109 9.018 66.2 A 0.9691
1107 9.034 245 A 0.9691
1105 9.046 14.9 B 0.9691
1088 9.19 29.8 A 0.9691
1077 9.286 2.41 B 0.9691
1075 9.299 12.7 A 0.9794
1072 9.327 20.7 B 0.9794
1069 9.357 0.0271 A 0.9794
1066 9.38 49.5 B 0.9794
1065 9.392 1.73 A 0.9794
1057 9.461 1.69 B 0.9794
1052 9.509 0.0066 A 0.9794
1033 9.678 1.04 A 0.9794
1002 9.977 37.1 A 0.9794
1000 9.999 11.7 B 0.9794
997.3 10.03 63.6 B 0.9794
997.1 10.03 32.6 A 0.9794
991.8 10.08 0.389 B 0.9794
983.9 10.16 61.3 B 0.9794
976.6 10.24 0.0009 A 0.9794
974.6 10.26 0.0996 B 0.9794
974.5 10.26 0.0114 A 0.9794
967.6 10.33 0.0404 B 0.9794
967.6 10.34 0.133 A 0.9794
956.3 10.46 0.151 B 0.9794
954.9 10.47 0.0101 A 0.9794
931.3 10.74 2.1 B 0.9794
930.7 10.74 0.0457 A 0.9794
927.9 10.78 0.225 B 0.9794
919.7 10.87 0.0236 B 0.9794
919.3 10.88 0.153 A 0.9794
902.9 11.08 263 B 0.9794
897.7 11.14 32.9 A 0.9794
891.8 11.21 1.83 A 0.9794
887.2 11.27 1.48 B 0.9794
863.8 11.58 11.3 B 0.9794
860 11.63 1.8 A 0.9794
857.7 11.66 8.94 B 0.9794
855.6 11.69 0.0304 A 0.9794
853.9 11.71 0.103 A 0.9794
853.8 11.71 2.13 B 0.9794
853.2 11.72 0.177 A 0.9794
842.5 11.87 1.69 A 0.9794
842.5 11.87 43.4 B 0.9794
824.6 12.13 1.53 A 0.9794
817.4 12.23 32.3 B 0.9794
817.1 12.24 15.6 B 0.9794
811.1 12.33 0.0846 A 0.9794
806.7 12.4 16.4 A 0.9794
790.4 12.65 20.9 B 0.9794
781.7 12.79 7.07 A 0.9794
773.4 12.93 91.8 A 0.9794
770.4 12.98 0.0472 A 0.9794
767.7 13.03 27.5 B 0.9794
766.1 13.05 11 B 0.9794
761.7 13.13 0.0272 A 0.9794
761.7 13.13 31.6 B 0.9794
756.5 13.22 0.325 A 0.9794
755 13.24 110 B 0.9794
754.1 13.26 60.2 B 0.9794
752.8 13.28 37.8 B 0.9794
747.5 13.38 1.07 A 0.9794
741 13.5 0.213 A 0.9794
734.5 13.62 0.275 A 0.9794
730.5 13.69 2.67 A 0.9794
714.5 14 0.564 A 0.9794
713.8 14.01 34.9 B 0.9794
703.9 14.21 0.0893 A 0.9794
699.5 14.3 96.4 B 0.9794
697.6 14.33 35.8 B 0.9794
695.2 14.38 66.1 A 0.9794
689.8 14.5 1.28 B 0.9794
686.5 14.57 6.26 B 0.9794
683.2 14.64 0.554 A 0.9794
668.5 14.96 25.9 B 0.9794
667.2 14.99 29.5 A 0.9794
663.4 15.07 2.85 A 0.9794
652.1 15.34 12.7 A 0.9794
652 15.34 0.0783 B 0.9794
633.3 15.79 0.387 B 0.9794
626.9 15.95 73.7 A 0.9794
617.6 16.19 0.124 B 0.9794
617.6 16.19 0.0044 A 0.9794
615.5 16.25 37.6 B 0.9794
605.8 16.51 8.1 B 0.9794
602.5 16.6 2.09 B 0.9794
598 16.72 0.425 B 0.9794
594.6 16.82 2.61 A 0.9794
580.1 17.24 0.0349 A 0.9794
568.3 17.6 2.11 A 0.9794
549.4 18.2 0.0151 A 0.9794
549 18.22 2.84 B 0.9794
548.5 18.23 7.61 B 0.9794
538.7 18.56 1.68 B 0.9794
538.4 18.57 0.0005 A 0.9794
533.6 18.74 0.239 A 0.9794
515.2 19.41 6.47 A 0.9794
514.3 19.44 0.124 B 0.9794
501.2 19.95 2.17 B 0.9794
484.9 20.62 21.6 B 0.9794
479.9 20.84 0.0841 A 0.9794
470.6 21.25 0.0734 B 0.9794
464.1 21.55 0.0007 A 0.9794
453.1 22.07 3.12 A 0.9794
444.4 22.5 10.6 A 0.9794
434 23.04 0.126 A 0.9794
429.7 23.27 1.95 B 0.9794
424 23.58 1.82 B 0.9794
420.9 23.76 0.0912 A 0.9794
418.5 23.89 0.463 B 0.9794
416.1 24.03 10.7 B 0.9794
415 24.09 0.0202 A 0.9794
406.7 24.59 25.4 B 0.9794
403.4 24.79 0 A 0.9794
399.9 25.01 5.69 B 0.9794
390.4 25.62 7.05 B 0.9794
384.2 26.03 0.0339 A 0.9794
375.6 26.62 0.0265 B 0.9794
365.5 27.36 12.1 B 0.9794
356.9 28.02 1.2 A 0.9794
326.6 30.62 35.5 A 0.9794
318.3 31.42 5.65 A 0.9794
308.7 32.39 1.25 B 0.9794
273.4 36.57 4.23 A 0.9794
270.9 36.91 26.2 B 0.9794
270.6 36.96 1.65 A 0.9794
268.5 37.24 1.19 B 0.9794
261.6 38.23 0.194 B 0.9794
251.2 39.82 1.4 B 0.9794
206.1 48.52 0.0037 A 0.9794
195.4 51.18 4.98 B 0.9794
186.7 53.57 1.05 A 0.9794
163.9 60.99 2.37 A 0.9794
158.9 62.94 0 A 0.9794
149.2 67.04 29.1 B 0.9794
147.2 67.94 0.197 A 0.9794
143.3 69.77 2.7 B 0.9794
130.1 76.84 3.93 B 0.9794
127.5 78.43 6.22 B 0.9794
116.6 85.77 0.122 A 0.9794
106.9 93.54 1.82 B 0.9794
87.28 114.6 0.044 A 0.9794
82.95 120.6 0.157 B 0.9794
69.6 143.7 0.0004 A 0.9794
64.49 155.1 0.0189 A 0.9794
63.74 156.9 0.108 B 0.9794
50.04 199.9 0.163 A 0.9794
49.56 201.8 0.265 B 0.9794
41.85 238.9 0.124 B 0.9794
38.82 257.6 0.0011 A 0.9794
25.06 399 0.416 B 0.9794
9.879 1012 0.0013 A 0.9794
9.344 1070 0.0017 B 0.9794
7.599 1316 0.0028 A 0.9794
4.371 2288 0.0384 B 0.9794

Vibrations

Note(s):


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10,749 species present in version 4.00 of the theoretical database (Jun 27, 2024)